Myeik Archipelago, Myanmar
Applied ecology & conservation biology with a global impact
Big problems need big solutions Waterborne disease outbreaks are increasing in number and severity worldwide. Coinciding with the rapid expansion of the built environment, the risk of disease outbreaks in coastal regions are associated with pollutants containing microbial contaminants – including sewage and wastewater outfalls, terrestrial or agricultural runoff, and aquaculture discharge. Outbreaks of disease have led to the widespread degradation of services provided to people from marine resources that provide food, coastal protection, tourism income, and cultural value. In addition, nearly two-thirds of human infections are zoonotic, meaning they are animal pathogens that have been transmitted to humans. With an estimated 1 billion people are projected to reside in coastal zones by 2060, reducing outbreak risks in marine environments will be vital for improving human and ecosystem health.
Using natural coastal ecosystems services to mitigate waterborne pathogens.
Maintaining ecosystem health and the growth of global marine and coastal tourism
Using remotely sensed data to forecast disease outbreaks
Predicting the movement and influence of hitchhiking organisms in the oceans
Understanding the influence of the built environment on disease outbreaks in the ocean
Balancing development and biodiversity through sustainable management practices
Mitigating the impacts of disease on food systems to improve livelihoods
Using spatial management strategies to mitigate disease in marine environments
Civil & Environmental Engineering
Engineering coastal infrastructure systems to remove pathogens in the ocean